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Building a micro citadel for imaging at trillions of frames per second
Senior group members of NanoLight awarded with recognition of outstanding doctoral research and dissertation excellence
Creating Bright Single Photon Sources with Metasurfaces for Quantum Information Technology
Unprecedented 80-mm metalens images the Moon, marking a milestone towards mass production and industrial applications
Marriage between quantum symmetry and spatiotemporal modulation innovates the laser design beyond monochromatic emission

Nanophotonics and Optoelectronics Laboratory at Penn State

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Xingjie Ni

Dr. Ni is an Associate Professor in the Department of Electrical Engineering at The Pennsylvania State University. Prior to joining

Building a micro citadel for imaging at trillions of frames per second
Senior group members of NanoLight awarded with recognition of outstanding doctoral research and dissertation excellence
Creating Bright Single Photon Sources with Metasurfaces for Quantum Information Technology
Unprecedented 80-mm metalens images the Moon, marking a milestone towards mass production and industrial applications
Marriage between quantum symmetry and spatiotemporal modulation innovates the laser design beyond monochromatic emission

Building a micro citadel for imaging at trillions of frames per second
Senior group members of NanoLight awarded with recognition of outstanding doctoral research and dissertation excellence
Creating Bright Single Photon Sources with Metasurfaces for Quantum Information Technology
Unprecedented 80-mm metalens images the Moon, marking a milestone towards mass production and industrial applications
Marriage between quantum symmetry and spatiotemporal modulation innovates the laser design beyond monochromatic emission